SAN FRANCISCO, CA -- Intel Corporation today unveiled a family of network processors and a processor for networked storage application based on the advanced Intel(R) XScale(TM) technology. Combined with the recent introduction of Intel XScale core-based processors for handheld communications devices, today's announcement demonstrates the versatility of Intel's XScale technology. The new Intel XScale technology-based products include the industry's broadest line of network processors, which are up to 16 times faster than previous offerings. The network processors are designed for applications extending from the home and office to service providers' central switching office. Intel also unveiled an integrated I/O processor, boasting more than twice the speed of previous Intel I/O processors, aimed at reducing the cost and complexity of designing networked storage devices. "These products combine the best Intel has to offer -- the performance and low power of the Intel XScale cores, Intel's advanced manufacturing processes, the broadest ecosystem support in the industry, and the advanced feature sets that equipment makers are demanding," said Sean Maloney, executive vice president and general manager of the Intel Communications Group. The common thread in the new products is the Intel XScale technology, which combines high performance and programming flexibility so developers can add powerful features, with reduced power consumption so products will not overheat in densely packed equipment racks. In support of the new processors, more than 30 companies, including members of the Intel(R) Internet Exchange Architecture Developer Network, today announced plans to provide components, software and design tools to enhance the ability to design new products incorporating the new processors. The Intel(R) Communications Fund, a $500 million strategic equity investment fund, is supporting this effort with investments in more than 40 companies. Advances Network Processing The new network processors are part of the Intel(R) Internet Exchange Architecture, a blueprint for building blocks that form the foundation of advanced communications equipment. The new processors help enable rich communications services, such as security, encryption and traffic management, at sustained line speeds up to 10 Gbps. Network processors are programmable chips that integrate the functions necessary to transport packets of data in a network. They form the foundation for a wide variety of communications equipment. The new family includes the Intel(R) IXP2800 network processor for network core applications, such as ultrahigh-speed switch/routers; the Intel(R) IXP2400 network processor for multiservice switches and similar equipment at the network edge; and the Intel(R) IXP425 network processor for equipment that brings digital subscriber line (DSL), cable Internet service and wireless networking to homes and offices. The unique combination of simplicity and performance of the network processors results from a flexible, easy-to-use software framework that harnesses the power and flexibility of the Intel XScale core coupled with multiple packet-processing engines. The fully programmable IXP2800 and IXP2400 network processors operate at 10 Gbps (OC-192) and 2.5 Gbps (OC-48), respectively, and utilize a technological advancement called "Hyper Task Chaining" that enables the processors to perform simultaneously numerous operations, thus ensuring full network performance and sufficient "headroom" to accommodate complex services. The IXP2800 network processor will be the first communications chip built on Intel's 0.13-micron technology, increasing performance and decreasing die size. The IXP425 network processor simplifies system design by supporting voice, video and data applications across a wide range of transport mediums, including common versions of DSL, Internet cable, HDLC, IEEE 802.11x wireless and Ethernet. Intel simplified programming the network processors with comprehensive development kits, including tool suites, development platform, and a modular software framework that enables code to be re-used on new versions of products. Integrated I/O Processor is Building Block for New Storage Devices The Intel(R) IOP321 I/O processor, which operates at 400 or 600 MHz, is optimized for high performance, cost-effective networked storage devices. Reduced power consumption eliminates the need for a heat sink and its single-chip design enables developers to conserve space on system motherboards. The Intel IOP321 I/O processor supports the PCI-X bus that allows servers and storage devices to transfer data faster within systems, helps alleviate communication bottlenecks and improves the overall system I/O performance. The PCI-X bus enables single chip RAID-on-motherboard implementations, simplifying the development of RAID applications, in which data is stored across multiple disk drives to ensure access to all data even if a drive is lost. Intel also released the Intel(R) IQ80321 development kit, which includes resources to begin development of networked storage devices utilizing the Intel IOP321 I/O processor.